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心血管间隙连接的生理学

Physiology of cardiovascular gap junctions.

作者信息

van Veen Toon A B, van Rijen Harold V M, Jongsma Habo J

机构信息

Department of Medical Physiology, University Medical Center Utrecht, Utrecht, The Netherlands.

出版信息

Adv Cardiol. 2006;42:18-40. doi: 10.1159/000092560.

Abstract

Cardiac gap junction channels are crucial for conduction of the electric impulse. Between cardiomyocytes there exist gap junctions constructed from connexin40 (Cx40), Cx43 and Cx45. A fourth isoform, Cx37, is expressed in the endothelial lining. Each of these channel types possesses specific properties and their functioning is regulated by various mechanisms. In this chapter we compare the physiological differences between these channels and discuss the factors involved in modulation of channel properties. Next, we evaluate how alterations in expression and differential regulation of channel properties affect cardiac impulse propagation.

摘要

心脏缝隙连接通道对于电冲动的传导至关重要。在心肌细胞之间存在由连接蛋白40(Cx40)、Cx43和Cx45构成的缝隙连接。第四种异构体Cx37在内皮衬里中表达。这些通道类型中的每一种都具有特定特性,并且它们的功能受多种机制调节。在本章中,我们比较这些通道之间的生理差异,并讨论参与调节通道特性的因素。接下来,我们评估通道特性的表达改变和差异调节如何影响心脏冲动的传播。

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